Encore un superbe travail J'utilise beaucoup le PETG pour les pièces de mes maquette bateaux, il moins sensible à l'humidité et plus résistant que le PLA
Merci Quels sont vos réglages? et sur quels surface? Oil j'ai lus que le PETG est plus resistant dans le temps mais doit être bien sec a l'impression, le sécher vous?
@@jacquesfavre999 Je règle comme vous buse 240 plateau 70, il faut faire attention à la température du local et des courants d'air, pour éviter le warping, j'ai en préparation un caisson pour les deux imprimantes Ender 3 et CR6CS, Qui sont toutes les deux en panne, CR6SE carte maire grillée (en branchant le cordon USB) et Ender 3 pas de vis support buse hs, il peut aussi y avoir des problème des cheveux d'anges, voir la vitesse et rétractation. Pour le PETG, je ne le sèche pas, mais le PLA je le tiens bien au sec !! pour l'adhérence sur le plateau, j'utilise de la laque forte pour les cheveux.
Awesome job. The best I have been able to reliably achieve is about 1 pound (0.45kg) drive weight per day of runtime. Adding more weight gives a larger pendulum amplitude and the clock becomes more stable. Winding once per week makes the clock really easy to keep running. I am curious about the PLA vs PETG comparison.
Thanks This clock too is in the same range: cults3d.com/fr/modèle-3d/maison/8-day-mechanical-clock-for-20x20-bed also 3.5 to 4 kg for 8 days, same as a traditionally made clock according to the author Eventually I will have to compare gears in PETG versus PLA Also want to try ABS or ASA, it should be possible to print gear in open printer with a good bed temp The reason I went for PETG is that it is what Prusa uses for their printer parts They certainly have some experience about printing in PETG and how it last in time I happen to have got a Prusa Mini Clone by Fystec, and just by printing the parts, learning a lot about 3D printing design and some magistral failure Time will tell
actually a shed in Florida, no shortage of humidity. I have started to use a drier, it does make a difference for printing There issue here is with a finished part that degrade over time
What is the purpose of the pulley? Sorry, I'm new to pendulum clocks. It looks like it might give you twice the run time. But that also means you get half the force on the escapement wheel. Is that enough? Or do you need to double the weight?
Look forward to your plans when ready as I have built all of your other clock, A nice new winter project
Excellent work, Jacques!
Looking really good.
Encore un superbe travail
J'utilise beaucoup le PETG pour les pièces de mes maquette bateaux, il moins sensible à l'humidité et plus résistant que le PLA
Merci
Quels sont vos réglages? et sur quels surface?
Oil j'ai lus que le PETG est plus resistant dans le temps mais doit être bien sec a l'impression, le sécher vous?
@@jacquesfavre999
Je règle comme vous buse 240 plateau 70, il faut faire attention à la température du local et des courants d'air, pour éviter le warping, j'ai en préparation un caisson pour les deux imprimantes Ender 3 et CR6CS, Qui sont toutes les deux en panne, CR6SE carte maire grillée (en branchant le cordon USB) et Ender 3 pas de vis support buse hs, il peut aussi y avoir des problème des cheveux d'anges, voir la vitesse et rétractation. Pour le PETG, je ne le sèche pas, mais le PLA je le tiens bien au sec !! pour l'adhérence sur le plateau, j'utilise de la laque forte pour les cheveux.
absolutely amazing! 👏
That is really impressive well done 😀
Good progress!
Yes, thanks
Hello Jacque - do you have the plans for the 8 day clock as the myminifactory link doesn't work. I am happy to pay for the plans. All the best John
Just post the installation tutorial for putting this part together
Awesome job. The best I have been able to reliably achieve is about 1 pound (0.45kg) drive weight per day of runtime. Adding more weight gives a larger pendulum amplitude and the clock becomes more stable. Winding once per week makes the clock really easy to keep running.
I am curious about the PLA vs PETG comparison.
Thanks
This clock too is in the same range:
cults3d.com/fr/modèle-3d/maison/8-day-mechanical-clock-for-20x20-bed
also 3.5 to 4 kg for 8 days, same as a traditionally made clock according to the author
Eventually I will have to compare gears in PETG versus PLA
Also want to try ABS or ASA, it should be possible to print gear in open printer with a good bed temp
The reason I went for PETG is that it is what Prusa uses for their printer parts
They certainly have some experience about printing in PETG and how it last in time
I happen to have got a Prusa Mini Clone by Fystec, and just by printing the parts, learning a lot about 3D printing design
and some magistral failure
Time will tell
I want DXF for laser cut.
Good day, sir. I want to start studying horology and clockworks, which book or documentation would you recommend for a starter?
Can I contact you to purchase your designs?
im feom vietnames
I assume basement. High humidity on filament?
actually a shed in Florida, no shortage of humidity. I have started to use a drier, it does make a difference for printing
There issue here is with a finished part that degrade over time
ABS may be a better material. But ABS needs a printer like a Voron in an enclosure.
What is the purpose of the pulley? Sorry, I'm new to pendulum clocks. It looks like it might give you twice the run time. But that also means you get half the force on the escapement wheel. Is that enough? Or do you need to double the weight?
yes the pulley allows to double the run time, with twice the weight